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1 Die forging of the alloys Az80 and Zk60
article 2009    
Author: Kurz, G. · Clauw, B. · Sillekens, W.H. · Letzig, D.
Keywords: Materials · Forging · Magnesium · Magnesium alloys · Industrial Innovation
[Abstract]

2 Influence of heat treatment on magnesium alloys meant to automotive industry
article 2009    
Author: Popescu, G. · Moldovan, P. · Bojin, D. · Sillekens, W.H.
Keywords: Materials · Heat treatment · Magnesium alloys · Mechanical properties · Microstructure · Industrial Innovation
[Abstract]

3 Structural transformation of layered double hydroxides: an in situ TEM analysis
article 2018    
Author: Hobbs, C. · Jaskaniec, S. · McCarthy, E.K. · Downing, C. · Opelt, K. · Güth, K. · Shmeliov, A. · Mourad, M.C.D. · Mandel, K. · Nicolosi, V.
Keywords: Aluminum alloys · Binary alloys · Catalysts · Electron diffraction · Flame retardants · High resolution transmission electron microscopy · In situ processing · Nanostructured materials · Nickel oxide · Transmission electron microscopy · Energy filtered TEM · Future applications · Heterogeneous structures · High-resolution TEM · In situ transmission electron microscopy · Layered double hydroxides · Selected area electron diffraction · Structural transformation · Magnesium alloys
[Abstract]

4 Preliminary investigations of potential light weight metallic armour applications
article 2005    
Author: Voorde, M.J. van de · Diederen, A.M. · Herlaar, K.
Keywords: Defence · Armor · Ballistics · Magnesium · Titanium · Ballistic performance · Current limitation · Experiment design · Experimental program · High strength · Industrial scale · Metal laminates · Titanium-based · Magnesium alloys · Defence Research · Defence, Safety and Security · 2015 Observation, Weapon & Protection Systems · EBP - Explosions, Ballistics & Protection · TS - Technical Sciences
[Abstract]

5 Modified AZ80 magnesium alloys for biomedical applications
article 2010    
Author: Erinc, M. · Zhang, X. · Sillekens, W.H.
Keywords: Materials · Biodegradable implant · Corrosion · Magnesium alloy · Pitting · Alloying additions · AZ80 magnesium alloy · Biodegradable implant · Biodegradable material · Biomedical applications · Degradation mechanism · Dissolution rates · Fatigue resistance · High strength · Light weight · Magnesium and its alloys · Metal implants · Pitting resistance · Room temperature · Simulated body fluids · Alloying elements · Biocompatibility · Biodegradation · Biological materials · Degradation · Dissolution · Functional electric stimulation · Magnesium · Magnesium alloys · Manganese · Manganese compounds · Mechanical properties · Metal recovery · Pitting · Rare earth additions · Rare earth elements · Rare earths · High strength alloys · Industrial Innovation · Mechatronics, Mechanics & Materials · MIP - Materials for Integrated Products MPC - Maritime Materials Performance Centre · TS - Technical Sciences
[Abstract]

Search results also available in MS Excel format.

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